Abstract: The present invention provides a personal alarm system including a communication device for transmitting a signal to a recipient such as a signal monitoring center or rescue or other emergency authorities. An interface module, including a user-programmable memory and a user interface, controls the communication device. A triggering key is used to activate the interface module in the case of an emergency, thereby causing the communication device to transmit a signal to the recipient.

Abstract: The present invention relates to providing precise location data to a 911 operator of a cell phone operator who initiates a 9-1-1 call and, more particularly, to the interaction of transmitting circuitry in a cellular telephone and complementary receiving circuitry in a landline telephone or stand-alone unit. When a cellular 9-1-1 call is made within proximity of a landline telephone or a stand-alone unit, an interaction takes place between the enabled cell phone and the landline telephone. Upon receiving and decoding the cellular transmission, the landline telephone or stand-alone unit transmits a 9-1-1 call which provides more precise location data (in the form of the landline telephone's subscriber's identification) to a 911 operator than if the 9-1-1 call was simply connected to the operator from the cell phone. The present invention has further applications for locating a 9-1-1 call from a landline telephone connected through a PBX-type master switching box.

Abstract: The present invention provides a personal alarm system including a communication device for transmitting a signal to a recipient such as a signal monitoring center or rescue or other emergency authorities. An interface module, including a user-programmable memory and a user interface, controls the communication device. A triggering key is used to activate the interface module in the case of an emergency, thereby causing the communication device to transmit a signal to the recipient.

Abstract: The present invention provides a personal alarm system including a communication device for transmitting a signal to a recipient such as a signal monitoring center or rescue or other emergency authorities. An interface module, including a user-programmable memory and a user interface, controls the communication device. A triggering key is used to activate the interface module in the case of an emergency, thereby causing the communication device to transmit a signal to the recipient.

Abstract: This invention relates to a novel two part, computer generated, bar coded, printed Rx, containing an illustrated patient checklist. More particularly, this invention relates to software and hardware that assist the prescriber to select a drug for the therapeutic treatment of a patient. The drug is then computer checked for patient suitability. A computer selected bar code—representing the drug name and strength is added to the Rx. A patient checklist—including an illustration of the drug is added to the Rx. The Rx is printed, and provided to the patient, or electronically sent to the pharmacy. The pharmacist places the bar coded Rx, together with the bar coded drug stock container on a bar code scanner that compares both bar codes—non-matching bar codes are immediately flagged. The patient illustrated checklist accompanies the dispensed drug and is used by the patient to determine that the drug received matches the original Rx.

Abstract: The present invention provides a personal alarm system including a communication device for transmitting a signal to a recipient such as a signal monitoring center or rescue or other emergency authorities. An interface module, including a user-programmable memory and a user interface, controls the communication device. A triggering key is used to activate the interface module in the case of an emergency, thereby causing the communication device to transmit a signal to the recipient.

Abstract: This invention relates to a novel method of providing location data of a 911 call placed by a cellular telephone. More particularly, this invention relates to combining transmitting circuitry in the cellular telephone and receiving circuitry in the landline telephone. When a 911 cellular telephone call is placed within proximity of a landline telephone i.e. the same house, apartment, office, business, school etc., an interaction takes place between the two enabled telephones. Upon receiving and decoding the RF transmission from the cell telephone—initiated by dialing 911—a pre-dialer, connected to the landline transmits the 911 call. The result is the landline customers ID [address] data being immediately displayed on the 911 operators' screen.